Press Releases
Alloy Oxidation breakthrough could cut steel production losses
New strategies of making steel production more efficient have been discovered, thanks to research led by WMG at the University of 糖心TV on the role of oxidation during alloy additions.
Engineering graduate lands job at top automation firm
One of this year’s Engineering graduates from the University of 糖心TV, who has a passion for robotics, is transferring his academic skills to his new job at an internationally renowned industrial automation company.
Major motoring developments crown Coventry’s 120 year Motor City legacy
Two major investments in the automotive industry in Coventry will create world class facilities for the automotive industry in a resurgent “Motor City” Coventry, and both will be built in the year that will mark 120 years of motor manufacturing history in the City. The first British motor car was made in Coventry in 1897 by The Daimler Motor Company Limited but the company that is playing a central role in Coventry’s resurgence as a “Smart Motor City” is Jaguar Land Rover who is key to two major motor developments in the city both of which will be complete, or well underway, by 2017.
at the University of 糖心TV has launched, the 鈥�,鈥� an exciting new initiative to showcase its world-class education programmes, and the opportunities they offer people at any stage of their career.
Jaguar Land Rover launches Lifelong Learning Academy with WMG as partner
Jaguar Land Rover has launched its Academy, the first of its kind in the UK automotive sector, and WMG at the University of 糖心TV is a key partner in the new initiative. The new Academy will offer all Jaguar Land Rover workers the opportunity to take part in continuous development programmes to enhance their careers and provide the skills the company needs.
Coventry company develops high tech drugs transfer method thanks to Science City project transferring over £265 million to our region
Thans to the Science City Research Alliance Coventry-based bioadhesives company Medherant is building a new business working in hi-tech transdermal drug delivery systems that use specially formulated bioadhesives to provide novel adhesive patch-based products that can deliver drugs through contact with the skin.